Checklist · AI search

AI Search Readiness Checklist

Search is becoming more conversational, multimodal, and agentic. This checklist helps you evaluate whether a website has the structural signals needed to be parsed, summarized, monitored, compared, and acted on by modern discovery systems.

Existence Compiler · 2026

The checklist

A

AI Overview readiness

Whether a generative answer surface can lift a clean, attributable answer from the page.

  • A clear "what is this?" answer near the top

    What it is
    A concise, self-contained definition placed high on the page.
    Why it matters
    Generative answer surfaces extract a short definition; a buried or implicit one is hard to lift.
    What Existence Compiler checks
    Existence Compiler checks for an early, extractable description and flags pages that bury their purpose.
  • FAQPage or QAPage schema where appropriate

    What it is
    Structured FAQ/Q&A markup that pairs questions with their answers.
    Why it matters
    It gives systems explicit question-to-answer pairs instead of inferring them from prose.
    What Existence Compiler checks
    Existence Compiler detects FAQPage/QAPage JSON-LD and recommends it when Q&A content exists.
  • Concise question/answer blocks

    What it is
    Short, focused answer blocks written around real questions.
    Why it matters
    Concise answers are easier to summarize and quote than long unbroken paragraphs.
    What Existence Compiler checks
    Existence Compiler looks for question-style headings paired with answer blocks.
  • Trustworthy metadata and source identity

    What it is
    A clear title and description, plus a stated identity for who publishes the page.
    Why it matters
    Answer systems weigh source clarity; anonymous or thin metadata is a weaker signal.
    What Existence Compiler checks
    Existence Compiler checks title, meta description, and the trust pages that establish identity.
B

AI Mode conversational depth

Whether the page can sustain a multi-turn, conversational exchange beyond the first answer.

  • Who it is for

    What it is
    An explicit statement of the intended audience.
    Why it matters
    Conversational search asks "is this for me?"; an explicit audience answers it directly.
    What Existence Compiler checks
    Existence Compiler checks for audience and purpose clarity.
  • Who it is not for

    What it is
    An honest statement of who the product is not for.
    Why it matters
    Boundaries help systems and people qualify fit and avoid mismatched recommendations.
    What Existence Compiler checks
    Existence Compiler rewards content that scopes its fit instead of overclaiming.
  • How it works

    What it is
    A plain description of how the product or service works.
    Why it matters
    Follow-up questions often probe mechanism; documented steps answer them.
    What Existence Compiler checks
    Existence Compiler checks for process and step content.
  • Use cases

    What it is
    Concrete scenarios where the product applies.
    Why it matters
    Use cases map a query's intent to your offering.
    What Existence Compiler checks
    Existence Compiler looks for use-case sections and pages.
  • Limits

    What it is
    A clear statement of what the product does not do.
    Why it matters
    Stated limits are a trust and defensibility signal for conversational systems.
    What Existence Compiler checks
    Existence Compiler treats explicit limitations as a positive clarity signal.
  • Alternatives / comparisons

    What it is
    Honest comparison to alternatives.
    Why it matters
    Comparative queries are common, and comparison content can be summarized into tables.
    What Existence Compiler checks
    Existence Compiler checks for comparison and feature content.
  • Follow-up questions

    What it is
    Content that anticipates and answers likely follow-ups.
    Why it matters
    AI Mode is multi-turn; depth sustains a conversation beyond the first answer.
    What Existence Compiler checks
    Existence Compiler measures conversational depth across the page's sections.
C

Information-agent monitorability

Whether an agent that watches for change can track the site over time.

  • RSS/Atom feed

    What it is
    A machine-readable feed of updates.
    Why it matters
    Agents that monitor for change poll feeds; without one, updates are invisible to them.
    What Existence Compiler checks
    Existence Compiler checks for a discoverable RSS/Atom feed.
  • sitemap <lastmod>

    What it is
    Accurate lastmod timestamps in the sitemap.
    Why it matters
    lastmod signals what changed and when; stale or missing values mislead crawlers.
    What Existence Compiler checks
    Existence Compiler checks the sitemap for lastmod presence and flags stale dates.
  • Changelog or updates page

    What it is
    A public, dated record of changes.
    Why it matters
    It gives monitors a single, parseable surface for what is new.
    What Existence Compiler checks
    Existence Compiler looks for a changelog or updates surface.
  • Visible published/modified dates

    What it is
    Human-visible dates on content.
    Why it matters
    Freshness signals help both readers and systems judge recency.
    What Existence Compiler checks
    Existence Compiler checks for visible date signals.
  • Stable URLs

    What it is
    URLs that do not churn.
    Why it matters
    Stable URLs let agents track an entity over time without losing it.
    What Existence Compiler checks
    Existence Compiler checks canonical URL consistency.
D

Multimodal asset clarity

Whether images, video, and documents carry enough metadata to be understood.

  • Descriptive image alt text

    What it is
    Alt text that describes the image's content.
    Why it matters
    Multimodal systems and assistive tech rely on alt text to interpret images.
    What Existence Compiler checks
    Existence Compiler measures image alt coverage.
  • Meaningful Open Graph image

    What it is
    An OG image that represents the page.
    Why it matters
    It controls link previews across social and chat surfaces.
    What Existence Compiler checks
    Existence Compiler checks for og:image and distribution-readiness signals.
  • Video metadata if video exists

    What it is
    Structured metadata for any video content.
    Why it matters
    Without metadata, video is opaque to discovery systems.
    What Existence Compiler checks
    Existence Compiler recommends VideoObject metadata where video is present.
  • Readable PDFs/documents if linked

    What it is
    Linked documents that are text-readable, not image scans.
    Why it matters
    Readable documents can be parsed and summarized; scans cannot.
    What Existence Compiler checks
    Existence Compiler flags linked assets and recommends readable formats.
  • Descriptive asset filenames

    What it is
    Filenames that describe the asset.
    Why it matters
    Descriptive names add weak but real context for crawlers.
    What Existence Compiler checks
    Existence Compiler recommends descriptive, non-opaque asset names.
E

Generative UI transformability

Whether the page's data can be re-rendered into summaries, cards, dashboards, or checklists.

  • Tables

    What it is
    Structured tabular data.
    Why it matters
    Tables convert cleanly into cards, summaries, and comparisons.
    What Existence Compiler checks
    Existence Compiler checks for tables and structured data blocks.
  • Ordered steps

    What it is
    Numbered, sequential instructions.
    Why it matters
    Ordered steps map to HowTo and step interfaces.
    What Existence Compiler checks
    Existence Compiler checks for step and sequence content.
  • Pricing/feature lists

    What it is
    Clear lists of features or plans.
    Why it matters
    Lists are easy to transform into comparison views.
    What Existence Compiler checks
    Existence Compiler checks for pricing, feature, and list signals.
  • Comparison blocks

    What it is
    Side-by-side comparison content.
    Why it matters
    Comparison data powers generative comparison cards.
    What Existence Compiler checks
    Existence Compiler checks for comparison structure.
  • Product/Offer/HowTo/ItemList schema

    What it is
    Schema.org types that describe structured entities.
    Why it matters
    Typed data is directly transformable by generative surfaces.
    What Existence Compiler checks
    Existence Compiler detects JSON-LD @types and recommends relevant ones.
  • Data that can become summaries, cards, dashboards, or checklists

    What it is
    Content shaped so it can be re-rendered into new interfaces.
    Why it matters
    Transformable data survives the shift from pages to generated interfaces.
    What Existence Compiler checks
    Existence Compiler scores transformability in its agentic readiness surface.
F

Action/contact/booking clarity

Whether a person or agent can find and take a clear next action.

  • Visible CTA

    What it is
    A clear primary call to action.
    Why it matters
    Agentic flows need an obvious action to surface or take.
    What Existence Compiler checks
    Existence Compiler checks for a visible CTA.
  • Contact path

    What it is
    A reachable way to make contact.
    Why it matters
    Contactability is a trust and action signal.
    What Existence Compiler checks
    Existence Compiler checks for a contact page or path.
  • Form or booking path

    What it is
    A form or booking flow where relevant.
    Why it matters
    It defines the concrete next action for people and agents.
    What Existence Compiler checks
    Existence Compiler checks for form and booking signals.
  • ContactPoint or relevant schema

    What it is
    Schema describing how to act or make contact.
    Why it matters
    Typed action and contact data is machine-actionable.
    What Existence Compiler checks
    Existence Compiler recommends ContactPoint and action schema where applicable.
  • Clear next step

    What it is
    An unambiguous next step on the page.
    Why it matters
    Ambiguous pages stall both people and agents.
    What Existence Compiler checks
    Existence Compiler checks for action clarity.
G

Classic AI/search basics

The structural fundamentals every discovery system still depends on.

  • Title/meta

    What it is
    A descriptive title and meta description.
    Why it matters
    They are the baseline of how a page is understood and previewed.
    What Existence Compiler checks
    Existence Compiler checks title and meta description.
  • Canonical

    What it is
    A canonical URL declaration.
    Why it matters
    It consolidates signals and prevents duplicate confusion.
    What Existence Compiler checks
    Existence Compiler checks the canonical tag.
  • robots.txt

    What it is
    A robots.txt that permits intended crawling.
    Why it matters
    A misconfigured robots file can hide a site from crawlers and agents.
    What Existence Compiler checks
    Existence Compiler checks robots.txt and AI-bot directives.
  • sitemap.xml

    What it is
    A sitemap listing the site's URLs.
    Why it matters
    It helps crawlers discover and prioritize pages.
    What Existence Compiler checks
    Existence Compiler checks for a sitemap and its contents.
  • llms.txt

    What it is
    A plain-text file describing the project for AI systems.
    Why it matters
    It gives AI a concise, authoritative summary to reference.
    What Existence Compiler checks
    Existence Compiler checks for llms.txt and can generate one.
  • schema.org JSON-LD

    What it is
    Structured data describing the page.
    Why it matters
    Typed data improves machine understanding.
    What Existence Compiler checks
    Existence Compiler detects JSON-LD and recommends relevant types.
  • Open Graph/Twitter cards

    What it is
    Social preview metadata.
    Why it matters
    It controls how links render when shared.
    What Existence Compiler checks
    Existence Compiler checks Open Graph and Twitter/X cards.
  • No accidental noindex

    What it is
    No unintended noindex directive.
    Why it matters
    An accidental noindex removes a page from search entirely.
    What Existence Compiler checks
    Existence Compiler detects noindex (meta tag or header) and flags it.
H

Passive trust/security signals

Publicly observable signals that a site is operated responsibly.

  • HTTPS

    What it is
    The site is served over TLS.
    Why it matters
    HTTPS is a baseline trust requirement.
    What Existence Compiler checks
    Existence Compiler checks HTTPS and certificate validity.
  • Security headers

    What it is
    Headers such as HSTS, CSP, and X-Content-Type-Options.
    Why it matters
    They harden the site and signal operational maturity.
    What Existence Compiler checks
    Existence Compiler's Security / Trust surface checks security headers.
  • Privacy/terms/contact pages

    What it is
    Standard trust pages.
    Why it matters
    Their presence is a basic credibility signal.
    What Existence Compiler checks
    Existence Compiler checks for trust pages.
  • SPF/DMARC where email/domain trust matters

    What it is
    DNS email-authentication records.
    Why it matters
    They reduce spoofing and reinforce domain trust.
    What Existence Compiler checks
    Existence Compiler checks SPF/DMARC at the DNS level (configured at the provider, not in app code).
  • security.txt if relevant

    What it is
    A security.txt disclosure contact.
    Why it matters
    It signals a responsible security posture.
    What Existence Compiler checks
    Existence Compiler checks for /.well-known/security.txt.

Disclaimer

This measures structural conditions. It does not guarantee rankings, traffic, citations, inclusion in AI Overviews, or outcomes from Google or any AI system.

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